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对簇虫运动生理学的贡献:细胞运动的要素与方式(作者译)

[A contribution to the physiology of movement of gregarines: elements and modus of cellular movement (author's transl)].

作者信息

Rühl H

出版信息

Z Parasitenkd. 1976 Feb 6;48(3-4):199-214. doi: 10.1007/BF00380393.

Abstract
  1. Cytochalasin B (= CCB, Phomin) in several concentrations inhibits the visible movement of gregarines. The fine structure of the cell is simultaneously changed, fibrillar bundles are desorganized. These fibrils are regarded as myonemes. 2. These myonemes are directed peripherally of the cell longitudinal and transverse to its axis. The longitudinal myonemes are organized in separated strings stretching along the top of the epicyte folds, between the plasmalemm and the secondary membranous layer. Fibrils under this layer serve as skeleton and as thus antagonist. The skeleton fibrils remain unaltered after CCB inhibition. They are located in a parallel direction to the myonemes. Their number corresponds together in one epicyte fold. The transverse myonemata surround the central plasma nearby the basal lamella, which cannot be found in some of the regarded species. 3. The co-work of skeleton-fibrils, stiff pellicle and myonemes allows to describe the modus of all known types of movement. Only change of coordination yields the multitude of these kinds of movement.
摘要
  1. 不同浓度的细胞松弛素B(=CCB,腐草霉素)会抑制簇虫的可见运动。细胞的精细结构同时发生变化,纤维束紊乱。这些纤维被视为肌动蛋白丝。2. 这些肌动蛋白丝纵向和横向于细胞轴向外周排列。纵向肌动蛋白丝以分开的束状沿着表膜褶皱顶部伸展,位于质膜和次生膜层之间。该层下方的纤维起到骨架作用,因此是拮抗物。CCB抑制后骨架纤维保持不变。它们与肌动蛋白丝平行排列。它们的数量在一个表膜褶皱中相对应。横向肌动蛋白丝围绕着基膜附近的中央质体,在某些被研究的物种中找不到这种结构。3. 骨架纤维、坚硬的表膜和肌动蛋白丝的协同作用使得能够描述所有已知运动类型的方式。只有协调的变化才产生了这些运动类型的多样性。

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